Workshop Contents:
- Plenary sessions with invited speakers, first day
- Discussions, second day
- Challenges and opportunities of multigrain crystallography for high pressure research - Discussion abstract Chairpersons: Stas Sinogeikin (ssinogeikin@carnegiescience.edu) and Guoyin Shen (gshen@carnegiescience.edu)
- Multigrain indexing - Discussion abstract Chairpersons: Henning Friis Poulsen (hfpo@fysik.dtu.dk) and Mathias Meyer (Mathias.Meyer@rigaku.com)
- Challenges in integration, scaling and filtering of peak intensity data in crystallographic multigrain analysis - Discussion abstract Chairpersons: Przemek Dera (pdera@hawaii.edu ; dera@cars.uchicago.edu) and Michael Ruf (Michael.Ruf@bruker.com)
- Obtaining 2D/3D, time resolved microstructural information at high pressures - Discussion Abstract Chairpersons: Dmitry Popov (dpopov@carnegiescience.edu) and Robert Suter (suter@andrew.cmu.edu)
- Demonstrations of software for data analysis
- L. Zhang, Multigrain indexing using FABLE.
- M. Meyer, CrysAlis: introduction on how to import data from ‘foreign formats’ and strategies for being successful with ‘problematic’ data (it is of course easier if a beam line calibration is available).
- M. Ruf, Bruker Software: Indexing, Integration and scaling of a multiple-olivine-crystal high pressure experiment.
- J. Tischler, Reciprocal space mapping.
- J. Bernier, HEXRD: an indexing and refinement of a dataset. This includes: background subtraction by median filtering; orientation indexing; reflection overlap marking; cell parameter refinement; examine the output data, particularly with respect to intensity extraction.
- H. Sharma. MIDAS: software package for reduction of diffraction data
